
Sign up to save your podcasts
Or


Today on Mushroom Hour we have the privilege of being joined by Dr. Kevin Boyce, Professor of Geological Sciences at Stanford University. Dr. Boyce's research is focused on the biological and environmental impacts of the evolution of plant structure, development, and physiology from the Paleozoic colonization of land through the subsequent radiations of land plant forms up to and including the Cretaceous radiation of flowering plants. This work involves both living and fossil plants and a wide variety of approaches: developmental and physiological investigation, climate modeling, comparative study of morphological diversity, and cell and tissue-specific analysis of elemental, isotopic, and organic chemistry. These tools have been applied to three connected areas of research that each inform wider questions concerning the evolution of terrestrial environments: 1. the evolution of leaf morphology, development, and physiology with feedbacks to climate and primary productivity, 2. the evolution of cell wall biochemistry and its influence on organic matter burial as a sink in the carbon cycle, and 3. the establishment of early terrestrial life and ecosystems encompassing the complete biota including animals, fungi, and microbial communities in addition to the plants. I’m excited to learn about the coevolution of plants and fungi, prototaxites and how we learn about organismal evolution and community assembly from the ancient past.
TOPICS COVERED:
EPISODE RESOURCES:
By Mushroom Hour4.8
219219 ratings
Today on Mushroom Hour we have the privilege of being joined by Dr. Kevin Boyce, Professor of Geological Sciences at Stanford University. Dr. Boyce's research is focused on the biological and environmental impacts of the evolution of plant structure, development, and physiology from the Paleozoic colonization of land through the subsequent radiations of land plant forms up to and including the Cretaceous radiation of flowering plants. This work involves both living and fossil plants and a wide variety of approaches: developmental and physiological investigation, climate modeling, comparative study of morphological diversity, and cell and tissue-specific analysis of elemental, isotopic, and organic chemistry. These tools have been applied to three connected areas of research that each inform wider questions concerning the evolution of terrestrial environments: 1. the evolution of leaf morphology, development, and physiology with feedbacks to climate and primary productivity, 2. the evolution of cell wall biochemistry and its influence on organic matter burial as a sink in the carbon cycle, and 3. the establishment of early terrestrial life and ecosystems encompassing the complete biota including animals, fungi, and microbial communities in addition to the plants. I’m excited to learn about the coevolution of plants and fungi, prototaxites and how we learn about organismal evolution and community assembly from the ancient past.
TOPICS COVERED:
EPISODE RESOURCES:

90,885 Listeners

43,962 Listeners

6,762 Listeners

43,680 Listeners

27,167 Listeners

11,651 Listeners

1,169 Listeners

12,165 Listeners

6,423 Listeners

257 Listeners

1,249 Listeners

24,491 Listeners

539 Listeners

1,243 Listeners

9,420 Listeners